Sample plate conveying device

Abstract

The invention discloses a sample plate conveying device which comprises obliquely-arranged slides, driven rollers, transmission gears and a chain assembly. The slides incline downwards from the first ends of the slides to the second ends of the slides, and are provided with grooves formed in the length directions of the slides. The driven rollers are arranged at the first ends of the slides. The shaft ends of the driven rollers are provided with driven roller gears. The transmission gears are in engaged connection with the driven roller gears. The chain assembly is arranged under the slides and comprises chains and chain gears. Stop blocks are fixedly arranged on the chains and stretch out of the grooves in the slides. The chain gears arranged close to the first ends of the slides are engaged with the transmission gears. By adoption of the sample plate conveying device, sample plates can be conveyed to a certain position, time and labor are saved, the safety is high, and the reliability is good; the conveying states of the sample plates in the conveying process can be effectively guaranteed; and controllability of the conveying states of the sample plates can be achieved.

Description

technical field [0001] The invention relates to a conveying device, in particular to a conveying device for panels. Background technique [0002] At present, the template of the thick plate line in the hot rolling mill is usually cut and dropped into a slide with a certain inclination angle, and the sample slides freely from high to low on the slide until it falls into the sample basket , and when a certain amount is collected, the steel wire rope is used to lift out the sample basket at one time. During the above gliding process, the sliding posture of the sample is in an uncontrolled state, resulting in different horizontal and vertical states of the sample falling into the sample basket. In some cases, heavy and thick samples still need to be manually transported into the sample basket, and stacked and stacked by workers. This will not only cause great safety hazards to the personal safety of the workers, but also increase the work intensity of the workers. , work diffi...

AI Technical Summary

Problems solved by technology

During the above sliding process, the sliding posture of the sample is in an uncontrolled state, resulting in different horizontal and vertical states of the sample falling into the sample basket

In some cases, heavy and thick samples still need to be manually transported into the sample basket, and stacked and stacked by workers. This will not only cause great safety hazards to the personal safety of the workers, but also increase the work intensity of the workers. , work difficulty and working hours, thus reducing work efficiency

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